Afore HNS3600TL-1 User Manual

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USER MANUAL –

INSTALLATION AND OPERATION

PV Inverter

HNS1000TL-1/ HNS1500TL-1/ HNS2000TL-1/ HNS2500TL-1/ HNS3000TL-1/

HNS3600TL-1/ HNS4000TL-1

Other manuals for Afore HNS3600TL-1

Installation And Operation Manual28 pages

Questions and Answers:

J
Jill AllenAug 14, 2025
What to do if my Afore Inverter shows 'No Utility'?
- M
  Michael ComptonAug 14, 2025
  If your Afore Inverter displays a 'No Utility' error, it could be due to several reasons: a utility loss, the AC side circuit breaker being turned off, a poor connection on the AC side, or an inverter fault. First, if the grid returns to normal, the inverter will restart automatically. If not, replace the AC circuit breaker and check the AC connector for a secure connection. If the fault persists after several restarts, the inverter may need replacement.
S
Samuel DiazAug 17, 2025
How to fix Bus High Fault/Bus Fault on Afore Inverter?
- M
  Michelle JonesAug 17, 2025
  A 'Bus High Fault' or 'Bus Fault' on your Afore Inverter can be caused by high PV input voltage or a poor AC side connection. To resolve this, check that the PV input voltage is within the acceptable range: 450Vdc for models up to 3.0kW, or 500Vdc for models up to 5.0kW. Also, ensure the AC connector and circuit breaker are well connected.
E
Elizabeth MoodyAug 21, 2025
What to do if Afore Inverter shows Over Temperature Fault?
- W
  warrenryanAug 21, 2025
  If your Afore Inverter displays an 'Over Temperature Fault', it may be due to the inverter enclosure being too hot or a temperature sensor fault. Turn off the inverter and allow it to cool down to a normal temperature. Consider relocating the inverter to a well-ventilated area. If the problem persists, the temperature sensor may need to be replaced.
M
Matthew SmithAug 25, 2025
Why does my Afore Inverter show a Ground Current Fault?
- W
  William FordAug 26, 2025
  A 'Ground Current Fault' on your Afore Inverter can occur due to poor earthing leading to high leakage current, or if the PV(+) or PV(-) is earthed. To address this: 1. Check the AC output wiring and restart the inverter. 2. Check the PV array wiring.
J
jpierceAug 28, 2025
How to resolve PV Over Fault on Afore Inverter?
- C
  carolineperezAug 28, 2025
  A 'PV Over Fault' on your Afore Inverter typically indicates that the PV array's Voc (open-circuit voltage) is too high. You should re-design the PV array configuration. Also, measure the PV array voltage to ensure it matches what the inverter displays.
Y
ywagnerAug 31, 2025
Why is my Afore Inverter showing a 'Bus High Fault' or 'Bus Fault'?
- Q
  qsimmonsAug 31, 2025
  A 'Bus High Fault' or 'Bus Fault' on your Afore Inverter can be caused by: * High PV Input voltage: Ensure the PV input voltage is within the specified range (450Vdc for up to 3.0kW models, 500Vdc for up to 5.0kW models). * Poor AC side connection: Check the AC connector and circuit breaker for a secure connection.
M
Mitchell FigueroaSep 3, 2025
What to do if Afore Inverter displays 'Over Temperature Fault'?
- J
  Jennifer GreeneSep 3, 2025
  If your Afore Inverter is showing an 'Over Temperature Fault', it could be due to: * The inverter enclosure being too hot: Turn off the inverter and allow it to cool down to a normal temperature. Consider relocating the inverter to a well-ventilated area. * A faulty temperature sensor: Replace the temperature sensor.
T
Thomas StokesSep 7, 2025
How to solve 'Ground Current Fault' on Afore Inverter?
- M
  mtaylorSep 7, 2025
  A 'Ground Current Fault' on your Afore Inverter may be due to: 1. Poor earthing or high leakage current: Check the AC output wiring and restart the inverter. 2. PV(+) or PV(-) earthed: Inspect the PV array wiring.
B
brobinsonSep 10, 2025
Why does my Afore Inverter show 'PV Over Fault'?
- A
  Alicia RodriguezSep 10, 2025
  An Afore Inverter displaying a 'PV Over Fault' typically indicates that the PV array's Voc (open-circuit voltage) is too high. To resolve this: * Redesign the PV array configuration. * Measure the PV array voltage to ensure it matches the inverter's display.

Afore HNS3600TL-1 Specifications

General

Number of MPPT	2
Max. Input Current per MPPT	11 A
Nominal AC Power	3600 W
Nominal AC Voltage	230 V
AC Voltage Range	180-280 V
Max. Output Current	16 A
Power Factor	>0.99
THDi	<3%
AC Grid Frequency	50/60 Hz
Max. Efficiency	98.1%
Euro Efficiency	97.5%
MPPT Efficiency	99.9%
DC Switch	Yes
Protection Degree	IP65
Operating Temperature Range	-25°C to +60°C
Cooling	Natural Convection
Output Power	3600 W
Number of MPP Trackers	2
Output Voltage	230 V
Frequency	50/60 Hz
Communication	RS485, WiFi (optional)

Summary

Safety Instructions

Safety Precautions

Essential safety measures for inverter operation and installation.

Explanations of Safety Symbols

Defines the meaning of various safety symbols used in the manual.

Inverter Mounting

Selecting the Mounting Location

Mounting with Wall Bracket

Electrical Connection

Public Grid (AC) and RS485 Connection

Instructions for connecting to the AC grid and communication interface.

PV Generator (DC) Connection

Procedures for connecting the DC input from PV arrays.

Inverter Operation

Controls and Displays Overview

Commissioning Procedure

Steps for initial startup and configuration of the inverter.

Auto Test Functionality

Trouble Shooting Guide

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